Articles tagged with Metabolic Regulation
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A recent study published in the Journal of Clinical Investigation has shed new light on the relationship between type 2 diabetes and mitochondrial function. Researchers found that heat shock protein 60 (HSP60) is crucial for appropriate mitochondrial function and insulin responses, while leptin plays a key role in regulating HSP60.
Researchers discover that selective activation of nonclassical ER-alpha signaling may help reduce postmenopausal obesity risk by normalizing energy balance. The study found that this type of estrogen signaling is crucial for regulating body weight and preventing metabolic disorders.
A new mouse model has been created to study how lipid sensing and metabolism in the brain relate to energy balance and body weight. The research found that mice with a deficiency of lipoprotein lipase in neurons became obese on a standard diet, leading to decreased food intake and increased sedentary behavior.
A new study published in Environmental Health Perspectives ties rodent data to predictions of human health effects from BPA, suggesting human exposure is much higher than estimated and likely from unknown sources. The study's findings renew the call for governmental agencies to identify all products containing BPA.
A new mathematical model of physiological regulation of body weight suggests several steady states to which an animal's weight tends to gravitate, rather than a single set point. The model combines aspects of two competing theories and accounts for leptin resistance, suggesting new strategies for weight loss.
Researchers at Montreal Neurological Institute have identified two proteins involved in copper regulation that play a key role in maintaining the balance of copper between different cellular compartments. The study suggests that these findings could lead to better therapies for several neurological diseases.
Researchers at UCSD found that E. coli exhibits only six distinct functional states regardless of the carbon source or electron acceptor used, suggesting a surprising level of simplicity in its metabolic processes. The study suggests that this principle may be generalizable to other species.
Dr. Goldstein and Dr. Brown will discuss their research on the regulated intramembrane proteolysis (RIP) of sterol regulatory element binding proteins (SREBPs), which regulates lipid biosynthesis and plasma cholesterol levels. Their work has been recognized with numerous awards, including Nobel Prize in Physiology or Medicine.